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synthetic organometallic
University of Nottingham
Postgraduate Studentships (Two) Synthetic Inorganic Chemistry School of Chemistry fully funded postgraduate studentships are available to work on synthetic organometallic main group and f-element chemistry projects The successful students will tackle exciting contemporary inorganic challenges such as metal-metal bonding, and low-oxidation state/multiply bonded metal centres. Students should be trained in inorganic and organic synthesis, and preferably to handle air- and moisture-sensitive compounds routinely, using Schlenk line and Glove-Box techniques. They will prepare, characterise, and test the reactivity of new organometallic/co-ordination compounds using a range of techniques, including: X-ray crystallography, NMR, EPR, IR spectroscopy, magnetism, and computational calculations. There will be extensive opportunities to gain hands-on experience of new techniques. Students should hold, or expect to obtain, a 2(i) or first class Honours degree in chemistry (or equivalent). Prior experience of main group or f-element chemistry will be an advantage, but is not essential. Due to funding restrictions, funding is only available to UK or EU citizens. Informal enquiries may be addressed to Dr S T Liddle, Email: [email]Stephen.Liddle@Nottingham.ac.uk[/email]. Full details, including how to apply, are available from: Dr S T Liddle, School of Chemistry, The University of Nottingham, University Park, Nottingham, NG7 2RD. Email: [email]Stephen.Liddle@Nottingham.ac.uk[/email]. Please quote ref. SCI/219. These studentships are open until filled. |
Enhanced separation of fat, oil and greases
Funded PhD Studentship
Enhanced separation of fat, oil and greases (FOGs) in relation to wastewater School of Applied Sciences Academic Supervisors: Dr Raffaella Villa and Dr Frederic Coulon, Centre for Resource Management and Efficiency, Sustainable Systems, School of Applied Sciences, Cranfield University. Supported by the EPSRC and ACO Building Drainage, a bursary of up to £17,000 p.a. for three years plus fees available. Conditions apply* This project aims to determine viable methods of enhancing fat, oil and grease (FOGs) removal using wastewater gravity separation devices and/or post treatment units. The social and eating habits of the nation are rapidly changing, people are eating out much more frequently than they did in the past and the number of food service establishments is increasing. Fat, oil and grease in liquid form may not appear harmful, but as it cools it can congeal and harden, to form solid obstructions to the inner lining of drainage pipes and restricts the wastewater flow causing the drain to block. Grease Traps are specially designed units which are placed in the drain system and are intended to separate the fats, oils and grease from the rest of the wastewater. The wastewater then continues to flow to the sewage works for treatment while the grease is retained in the trap to be collected by a licensed waste oil collector at regular intervals. These units can be highly effective if they are correctly designed, installed and maintained. The successful student will undertake a state-of-the-art review of FOG characterisation and treatment, including characterisation of FOGs from a range of sources and feed types, and determination of size, density and rise rate. Laboratory testing of techniques to modify these characteristics will be conducted with the aim of enhancing aggregation and subsequently improving their removal from wastewater streams. Pilot testing will be used on the most appropriate options to optimise the solution and determine limiting conditions and effectiveness of removal using a commercial grease trap device. Field tests will also be undertaken to ascertain long term operation and robustness of the solution. Entry Requirements: Applicants should have a first or upper second class UK honours degree or equivalent in the engineering or physical sciences or any related discipline. Applicants should also have a background in process and design engineering and knowledge of chemical and physical separation of fluids. Funding: *Supported by an EPSRC I-Case bursary and ACO Building Drainage sponsorship, this studentship will cover tuition fees and provide a bursary of up to £17,000 p.a. for three years. The studentship is ONLY open to UK and EU candidates. EU applicants may be eligible for a full award if they have been in full-time education or in employment in the UK throughout the three years preceding the start date of the programme of research study. Refer to [url]http://www.epsrc.ac.uk/PostgraduateTraining[/url] for details of student eligibility How to apply: If you are eligible to apply for this research studentship, please complete the application form at: [url]www.cranfield.ac.uk/prospectus/app/pgappform.pdf[/url]. Alternatively, for more information and an application form please contact: Enquiries, Cranfield University, School of Applied Sciences Tel: +44 (0)1234 754086 Fax: +44 (0)1234 754109 Email: [email]appliedsciences@cranfield.ac.uk[/email] |
Supracolloidal Polymer Chemistry
PhD Studentship
Supracolloidal Polymer Chemistry Department of Chemistry University of Warwick ([url]http://www.chem.warwick.ac.uk[/url]) This studentship is funded by industry and open to UK nationals and EU-citizens or those of equivalent status* (fees paid, plus £12600 per annum stipend) due to funding restrictions. You will work in the group of Associate Professor Stefan Bon ([url]http://www.stefanbon.eu[/url]) at Warwick Chemistry on the development of hybrid supracolloidal polymer structures. You have a degree in physical sciences with knowledge of polymer chemistry and/or colloid science. Details of how to apply are available at [url]http://www.go.warwick.ac.uk/pgapply[/url] Informal enquiries, which should include a CV, should be made as soon as possible to Associate Prof Stefan Bon (S.Bon@warwick.ac.uk) |
Electronic, Communication & Electrical Engineering
Interfaculty Research Studentships
Electronic, Communication & Electrical Engineering The University of Hertfordshire is investing in its research base, and is pleased to offer a number of exciting opportunities to work in interdisciplinary research. We are offering three year full-time studentships leading to the award of PhD, in the following subject areas. The Projects: 1) Content-based Music Classification Electronic, Communication & Electrical Engineering / Music 2) Novel Machine Learning Paradigms in Oncology. Electronic, Communication & Electrical Engineering / Health Research & Development The Studentships: The studentship will pay your fees and provide a stipend of £12,600. The successful candidates should normally hold at least a first or upper second class honours degree (or equivalent) from a recognised institution. Application forms and further information can be obtained from: Research Office, STRI, Faculty of Engineering & Information Sciences, University of Hertfordshire, College Lane, Hatfield, AL10 9AB; email: [email]L.Nicholls@herts.ac.uk[/email] |
PhD Business Studies
PhD Studentship
Business School The Business School at Loughborough University invites applications. This externally sponsored Studentship will focus upon research investigating the impact of Employee Share Ownership Schemes on individual employees both in terms of their relationship with their employer and in managing their personal finances. The studentship is worth £16,500 per annum for three years maximum As a PhD student in the Business School, you will join a lively community of research students and staff, becoming an integral part of the School's strong research culture. Loughborough University is consistently ranked at or very near the top of the UK university league tables, and offers excellent facilities for work and leisure. The Postgraduate Research Programme leading to the degree of PhD is based on individual research in all three years of the full-time programme. In the first year, individual research is combined with taught components. Details of the training programme can be found at [url]http://www.lboro.ac.uk/departments/bs/research/restrain.html[/url] If you are looking to pursue a research degree leading to the award of PhD on an ESRC-recognised programme, and if you have a good degree in Business and Management OR a related academic field such as Economics, Psychology, or Sociology we'd be delighted to hear from you. Further information regarding the PhD programme can be found at [url]http://www.lboro.ac.uk/departments/bs/research/resdoct.html[/url] Please contact: Tracey Preston on 01509 228276 or [email]t.h.preston@lboro.ac.uk[/email] for details of how to apply. For an informal discussion, please contact Prof. John Arnold on 01509 223121 or [email]j.m.arnold@lboro.ac.uk[/email] or Alison Smith on 01509 223293 (a.j.smith2@lboro.ac.uk) |
Enhancing Mercury Capture
Studentship on Enhancing Mercury Capture by Wet FGD Systems
School of Civil Engineering & the Environment The School of Civil Engineering and the Environment at the University of Southampton is a world class centre of research excellence, awarded the highest grade (5*) in the UK’s last Research Assessment Exercise. Applications are invited for a three-year PhD studentship to join this project as soon as possible. The project will involve setting up a bench-scale wet flue-gas desulphurisation (FGD) system to study their efficiency with regard to mercury capture. Wet FGDs (also called wet ‘scrubbers’) are widely employed at power stations to remove gaseous sulphur dioxide from coal combustion flue gases. They also offer the additional benefit of being able to remove significant amounts of mercury from the flue gas. Mercury transformation and re-emission is known to be highly dependent on the scrubber chemistry and operating conditions and is now regarded as the main limitation on the Hg capture efficiency of wet FGD systems. The main objective of the proposed project is to gain a better understanding of the absorber chemistry and mercury re-emission, with the aim of maximising Hg removal by wet scrubbers. The project will be carried out in close cooperation with industrial partners and some field sampling at U.K. power stations as well as regular progress reporting will be required. Funding: The studentship will cover tuition fees (at the U.K./EU rate only) plus an annual stipend. An overseas student would be expected to fund the difference in fees. Details are available at [url]http://www.soton.ac.uk/postgraduate/feesandfunding/pg_fees0708.html[/url] Eligibility: Applicants should have a 1st or 2.1 degree, or equivalent, in a chemical engineering or chemistry related discipline. Experience with process design and optimisation would be a particular advantage, along with demonstrated abilities in laboratory experimental work, and hands-on engineering skills such as the building of prototype models. Informal enquiries about the project may be directed to Dr Susanne M. Ullrich (e-mail [email]smu@soton.ac.uk[/email]). Application forms and guidance for completion can be obtained and submitted online from [url]http://www.soton.ac.uk/postgraduate/pgstudy/howdoiapplypg.html[/url]. Do not use the ‘Apply Online’ link below. References and transcripts, together with a covering letter quoting the online application reference, should be sent to Jacqui Holmes, PGR Programmes Coordinator, School of Civil Engineering and the Environment, University of Southampton, Highfield, Southampton SO17 1BJ. Email: [email]amt2@soton.ac.uk[/email] |
Renewable Energy/Sustainable Energy Technologies
University of Nottingham
PhD Studentships Renewable Energy/Sustainable Energy Technologies School of the Built Environment The School of the Built Environment is experiencing rapid growth and is also active in interdisciplinary teaching and research in the fields of architecture, building technology, sustainable technology and urban design. A multidisciplinary approach, encouraged through strong links with UK and international companies, guarantees the School's graduates a high standing in the market place of employment, research training and professional recognition. The School of the Built Environment prides itself with extensive laboratory and IT facilities for research students with the opening of the new SRIF funded Sustainable Research Building, providing dedicated office space and laboratory services. This is one of several new buildings providing extensive research and teaching facilities to the School the new Environmental Education Centre, the Marmont Centre for Renewable Energy, and the David Wilson Millennium Eco-House. An opportunity has arisen for several fully funded studentships in collaboration with industry, that will focus on developing several projects in the fields of renewable energy and sustainable energy technologies (e.g. heat pumps, renewable energy, combined heat and power, ventilation, heat recovery, eco buildings and solar/thermal). These projects work closely with well known companies in the building services and construction sector, who provide a vital role in industrial and technical expertise. Suitable students should possess a first degree (minimum 2.1 or 2.2 with an MSc qualification) in the fields of mechanical engineering, environmental engineering, building services or other technical disciplines. Students should have research interests in the field of renewable/sustainable energy technologies and building engineering. Time will be spent both at the company base (in the UK) and at the University of Nottingham, so students should be keen to gain both industrial and academic experience. These studentships, for suitable UK (Home) students and (EU students), provide full university fees and a maintenance grant. These studentships are available for a period of three years and the successful students will have the opportunity to register for the degree of PhD upon successful examination. Informal enquiries may be addressed to Professor S B Riffat, tel: 0115 951 3157 or Email: [email]Saffa.Riffat@Nottingham.ac.uk[/email]. Further details about the School are available at [url]http://www.nottingham.ac.uk/sbe[/url] Applications, with a detailed CV and the names and addresses of two referees, should be sent to Professor S B Riffat, School of the Built Environment, The University of Nottingham, University Park, Nottingham, NG7 2RD. |
Drug Metabolism and Pharmacokinetics
The University of Manchester
BBSRC Industrial CASE PhD Studentship Drug Metabolism and Pharmacokinetics School of Pharmacy and Pharmaceutical Sciences Development of Physiologically Based Pharmacokinetic Models (PBPK) for small molecule pharmaceutical agents in pre-clinical species and humans. PROFESSOR LEON AARONS & DR ALEKSANDRA GALETIN The project would involve a minimum three-month placement at AstraZeneca, Alderley Park, Cheshire as well. The Drug Metabolism & Pharmacokinetics group (DMPK) investigates the absorption, distribution, metabolism and elimination of candidate drugs (CD). Computer modelling of biological systems is an important capability of DMPK, which can be used to better understand data and make predictions. A whole body-physiologically based pharmacokinetic model (PBPK) is a mathematical representation of the mammalian body and is often used to predict the pharmacokinetics of CDs in humans, using human in vitro data and animal in vivo data. DMPK at both AstraZeneca and the University of Manchester now have many years experience in applying PBPK models, and we have an opportunity for an individual to develop a project that will generate data and models which will improve the application and effectiveness of such models. The Project will be based equally at both the University of Manchester, under the supervision of Professor Leon Aarons and Dr Aleksandra Galetin (School of Pharmacy and Pharmaceutical Sciences), and at AstraZeneca, Alderley Park, Cheshire. You should have, or expect to obtain, a first or upper second-class honours degree in a relevant subject such as chemistry or a biological, mathematical or engineering science and meet the eligibility criteria set out in the BBSRC guidelines (see link below). [url]http://www.bbsrc.ac.uk/funding/training/eligibility.pdf[/url] There would be the flexibility to commence the project in either January or July 2008 subject to the requirements of the selected candidate. It is expected that following successful completion of this PhD the candidate would progress into further academia or R&D in industries including pharmaceuticals and biotechnology. Interested candidates should apply via the AstraZeneca website at: [url]http://www.astrazeneca.co.uk/azcareers/index.asp[/url] |
Environmental Engineering
PhD Studentship
Geotechnics Department of Civil and Environmental Engineering Imperial College London and Geotechnical Consulting Group EPSRC CASE Studentship Imperial College is ranked in the top ten universities of the world, according to the 2006 Times Higher Education Supplement league tables. Applications are invited for a fully funded EPSRC CASE studentship based in the Department of Civil and Environmental Engineering at Imperial College London. The studentship will be undertaken in collaboration with the Geotechnical Consulting Group ([url]http://www.gcg.co.uk/)[/url], a company that provides leading edge consulting service in Geotechnics. The aim of the project is to investigate the use of piles and barrettes to stabilise soil slopes. Numerical analyses will be carried with the in-house finite element package ICFEP which has been specifically developed for the analysis of geotechnical engineering problems. The research will first provide an assessment of existing methodologies based on existing case studies and it will then aim to suggest a new design approach. It is expected that the successful applicant will come from a civil engineering background and preference will be given to candidates with an MSc in Geotechnics. It is anticipated that the successful candidate will start in January of 2008. The studentship carries a minimum annual EPSRC stipend of £12,600 and fees, plus a significant additional contribution at the discretion of the College. Applicants should note that qualification for this form of EPSRC award is dependent on the candidate being a UK national or a non-UK EU national having been resident in the UK for three or more years prior to appointment. Candidates wishing to discuss the post are invited to contact Dr Stavroula Kontoe at Imperial College London using the details given below. Supervisors: Dr Stavroula Kontoe, Lecturer, Imperial College London Dr David Potts, GCG Professor of Geotechnical Engineering, Imperial College London. Contact details: Dr Stavroula Kontoe, Imperial College London, Department of Civil and Environmental Engineering, Skempton Building, South Kensington Campus, London SW7 2AZ Email: [email]stavroula.kontoe@imperial.ac.uk[/email] |
AstraZeneca's Brixham Environmental Laboratory
PhD Studentship
Supervisor: Dr Paul Sallis Introduction A collaborative BBSRC CASE funded PhD (Doctoral Training Award) is available to study the anaerobic biodegradation of pharmaceuticals. The research will be based at AstraZeneca's Brixham Environmental Laboratory in Devon with periods of time at the School of Civil Engineering and Geosciences at Newcastle University. The position is available from November 2007 and will be funded for 4 years. The Research Project This project will investigate the hypothesis that pharmaceuticals adsorbing to biomass during aerobic sewage treatment may subsequently biodegrade during post-treatment of the waste activated sludge by anaerobic digestion, prior to the ultimate disposal of digested sludge on agricultural land. As anaerobic digestion is currently not included in the environmental risk assessment, it may mean that the terrestrial predicted environmental concentration (PECsoil) is currently being over-estimated, leading to unnecessary testing and potential regulatory concern. The research project will identify the appropriate chemicals and pharmaceuticals from recent sludge adsorption data in published literature; develop the methodology to study anaerobic degradation of low concentrations (µg L-1 in the aqueous phase) of (14C) substances; assess rates and routes of degradation; use the data to assess the impact of the results in suitable risk assessments and make recommendations regarding the use of anaerobic degradation data in risk assessment. The Brixham Environmental Laboratory is located in Devon, South West England and supports chemical and related businesses with assessments of the environmental safety of new and existing products, and of the manufacturing processes they operate. There are about 100 full-time staff in the laboratory covering a wide range of scientific disciplines. Person Specification Applicants should have a strong interest in environmental microbiology and chemistry. Applicants should hold or expect to hold a first-class or upper-second-class Honours degree in chemistry, biochemistry, microbiology, environmental engineering or a related subject. Value of the Award Applicants must comply with the eligibility requirements specified by the BBSRC, therefore only UK citizens, EU citizens residing for over 3 years in the UK, or others holding full-UK residency should apply. The award covers tuition and registration fees; provides an annual stipend in excess of £16,000 per annum; and includes additional expenses for travelling between Brixham and Newcastle. How to Apply: Email your CV to [email]p.j.sallis@ncl.ac.uk[/email] using CIVG228 as the message subject, or contact Dr Sallis by phone for an informal discussion. |
Durability of agri-waste pellets in storage and handling
PhD Studentship
Durability of agri-waste pellets in storage and handling Applications are invited for a three-year full-time PhD Research Studentship available from 1st December 2007, on the ‘Durability of agri-waste pellets in storage and handling’. Successful applicants will normally be expected to hold either a 2:1 or First Class Honours degree, or a Masters degree in a suitable subject, and to register for a PhD. The studentship includes tuition fees, project travel and consumable costs plus a maintenance allowance of £12,000 in Year 1 rising to £12,500 in Year 2 and then £13,000 in Year 3 dependent on satisfactory progress. The research students will be expected to acquire generic research skills (eg communication, data analysis) by registering for the Harper Adams Postgraduate Certificate in Research Skills (tuition fee included in the studentship). For informal enquiries applicants may contact Dr Andrea Humphries, (ahumphries@harper-adams.ac.uk), telephone +44 (0)1952-815327. Applications should include Curriculum Vitae and the names and contact details of two referees. These should be sent together with a covering letter to Mrs V Slann, Postgraduate Research Administrator (vslann@harper-adams.ac.uk). |
Medical Manufacturing
PhD Studentship
Medical Manufacturing Wolfson School of Mechanical and Manufacturing Engineering Ref: PMD100907 A full-time EPSRC/IMCRC-funded PhD studentship is available within an ongoing collaborative project between the Rapid Manufacturing Research Group and the Healthcare Engineering Research Group in the Wolfson School of Mechanical & Manufacturing Engineering, Loughborough University, UK. The Wolfson School of Mechanical and Manufacturing Engineering is one of the largest and most successful engineering departments in the UK and boasts an established reputation for excellence in teaching and research, as well as strong links with industry. The work performed by the Rapid Manufacturing Research Group is based around a family of technologies collectively known as Rapid Prototyping. Rapid Prototyping processes work by adding layers of material and either bonding or fusing them together by various means. These techniques are used to create 3D geometries directly from 3D CAD models with no need for tooling. A great emphasis of the group is placed on researching the use of these manufacturing technologies to directly produce end-use products. A great advantage of the processes are that they allow much greater freedom in product design and less reliance on high production numbers required for economic production. The work performed by the Healthcare Engineering Research Group is based around the design, manufacture and exploitation of medical devices. Their work includes drug delivery systems and emerging medical device technologies such as tissue engineering. Healthcare Engineering emphasises the positioning of the group in the value chain that enables healthcare provision and the requirement for regulatory compliance. Their work is both wealth creation and manufacturing industry led and clinically led. The group works with national and regional agencies, industrial partners and clinical partners in both hospitals and primary care. The group also has its own growing life science and bio-technology capability. This studentship will scope a novel layer manufacturing production method for the construction of three dimensional structures in tissue engineering for wound healing, joint repair and creating the features of organs. This work is expected to speculative with associated long term engineering goals. The research will undertake fundamental investigations conducted by multidisciplinary collaborative efforts in technological areas encompassing their manufacture and analysis. The project has the support of clinical, and industrial collaborators. The research will be conducted with the PhD student working within the research team over a period of 3 years. The studentship is available immediately, and covers tuition fees and provides a tax-free stipend for the three-year duration of the project starting at £12,600 pa. and increasing with an annual increment. Although open to all UK/EU and international students, this studentship provides tuition fees at the UK/EU rate only. Entry requirements include a good Bachelors degree (minimum upper second class, 2:1 or 1st) in Engineering, Applied Science or a related subject. Informal enquiries to the project supervisor, Professor Phill Dickens, are welcomed at [email]P.Dickens@lboro.ac.uk[/email] |
Heriot-Watt University
Heriot-Watt University
PhD Research Studentships Mechanical Engineering The department, situated in the School of Engineering and Physical Sciences, offers a stimulating and supportive environment for motivated individuals looking to work towards PhD, MPhil or EngD qualifications at the highest level. Each year, we attract new, external research contracts worth around £3M from industry, the research councils and the EU. We host the Scottish Manufacturing Institute with funding of more than £7M over 5 years from the Engineering and Physical Sciences Research Council. We have strong links with industry and many of the projects have particular industrial relevance. We operate in some of the finest purpose-built modern engineering premises, in one of the most vibrant and attractive cities in the UK. Our research spans the spectrum of traditional mechanical engineering to areas that cross the interface between mechanical engineering and other disciplines (such as materials, medicine and physics). Our research is divided into the following broad themes: design, manufacture and robotics energy technology, heat transfer and fluid mechanics microsystems and packaging optical engineering renewable energy surfaces, microengineering and diagnostics. Please go to the Vacancies link at [url]http://www.mec.hw.ac.uk/postgrad/projects.htm[/url] for a description of individual projects in each area. These challenging projects will develop your experimental, theoretical and creative skills, and take you to the forefront of your chosen field. To apply, please submit an online application form at [url]http://www.postgraduate.hw.ac.uk/apply/[/url] specifying Mechanical Engineering as the "Field/Subject of Study". When you have submitted the on-line application form, please e-mail your CV (curriculum vitae) to [email]pgr-mech-eng@eps.hw.ac.uk[/email] |
Management of Corporate Marketing and Multiple Identities
PhD Studentship
Management of Corporate Marketing and Multiple Identities Brunel Business School Brunel Business School continues to expand its research and teaching provision and to grow its undergraduate and postgraduate student numbers. It has also seen an unprecedented growth in PhD student applications, with the Business School being committed to the University's strategy of being Research-Intensive. Brunel Business School under the Headship of Professor Zahir Irani continues to be an innovative and forward thinking business school while undergoing a period of rapid change. The School has high ambitions for growth across all areas (UG, PGT, MBA and PhD), building upon its popular portfolio of courses with new programmes featuring as part of the School's strategy. As part of these plans, we are looking to attract enthusiastic and established academics with excellent research profiles that are prepared to advance the reputation of the School through their publications in leading academic journals. We are currently recruiting established academics in the following areas, and wish to hear from those keen to make a contribution to the further growth of Brunel Business School. As part of our strategic investment we are offering a number of PhD studentships which present a wealth of opportunity for committed, intelligent and enthusiastic individuals. Research Group: CREAM Investigation: Management of Corporate Marketing and Multiple Identities Leader: Professor John Balmer (john.balmer@brunel.ac.uk) Candidates should send a curriculum vitae, together with names and addresses of two referees (at least one academic) and a short statement (max of two sides) setting out your interest in the research area to: Professor Ray Hackney [email]ray.hackney@brunel.ac.uk[/email]. |
Up to Twentysix (26) 4-Year D.Phil Studentships in each academic year/term
Up to Twentysix (26) 4-Year D.Phil Studentships in each academic year/term
EPSRC/BBSRC Life Sciences Interface and Systems Biology Doctoral Training Centres Stipend £12,600 per annum (under review) Applications are invited in each academic year term for around up to 13 studentships within both the Life Sciences Interface (LSI), and the Systems Biology (Sysbio) Doctoral Training Centres. The modern biomedical sciences present many exciting and stimulating challenges for researchers from life, physical and mathematical sciences backgrounds, and there is a substantial and growing demand in the public and private sector for doctoral graduates in these areas. The DTC programmes are a new initiative to provide research training at the interface between the physical and life sciences. The 4-year training programmes consist of up three terms of taught courses plus extended projects and laboratory rotations that will provide students with the necessary biological, experimental, and theoretical background before they choose to specialise by undertaking a substantive research project. LIFE SCIENCES INTERFACE students will undertake their research in one of four internationally renowned research programmes in Oxford, covering medical imaging, biological physics, bioinformatics, and mathematical biology. SYSTEMS BIOLOGY students will complete their research projects within this exciting new research centre focussing on a wide spectrum of theoretical and experimental research problems in the dynamic new field of Systems Biology. A key feature of the programme is that students only have to choose their research topic after the first year, having acquired the additional key skills to successfully undertake interdisciplinary scientific research. Full details of the Programmes and how to apply can be found at: http:[url]www.dtc.ox.ac.uk[/url] Home/ EU student funding Full scholarships are available to Home students, and fees only scholarships are available to EU students. International students are eligible for University scholarship. International student funding Both DTC programmes have up to 3 Clarendon Fund scholarships to award annually to the best international candidates. To apply for these please select the Clarendon Fund scholarships on the application form. In addition international candidates should also refer to the following website for details: [url]http://www.admin.ox.ac.uk/postgraduate/finance/int.shtml[/url] Applicants should hold a good first degree in either a life or physical sciences subject, depending on the programme of study. Further information on the Open Day and both programmes can be obtained by email – [email]dtcenquries@dtc.ox.ac.uk[/email] |
fishing on benthic biodiversity
Bangor University
PhD studentship The impact of fishing on benthic biodiversity Bangor University is seeking a candidate of outstanding ability to join their exciting programme of internationally rated research on the ecosystem effects of fishing. A three-year research studentship is available from 1 January 2008 on a collaborative Bangor University - CEFAS (Centre for Environment, Fisheries and Aquaculture Science) project that will deliver the science for implementing an Ecosystem Approach to Fisheries. Central to an ecosystem approach to fisheries (EAF) is reconciling the short-term need for catches with the long-term need for sustainability of target species and other ecosystem components such as benthic invertebrates and habitats. The proposed project will focus on the development of methods for assessing the impact of bottom fishing on benthic ecosystem functioning and habitats. The postgraduate student will be responsible for modelling the effects of fishing pressure owing to different bottom trawling gears on the biodiversity of benthic habitats and habitat architecture. Extensive field validation of model predictions will be conducted on annual cruises in the English Channel on the Bangor and CEFAS research vessels. The model will be used to set benthic biodiversity reference points for use in the EAF. A first or upper second honours degree, masters qualification or equivalent in ecology or marine biology are ideal academic qualifications for this studentship, but candidates coming from other disciplines who have a highly numerate background are strongly encouraged to apply. An interest in ecological modelling is required, as is experience with R, Matlab or a similar computing package. Experience in sea-going research, sampling and identification of benthic invertebrates and GIS would be advantageous, but we would also train a candidate who excelled in other areas. The student should have excellent communication skills. Applicants will need a demonstrable track record of mathematical capabilities. The studentship is available for a period of three years, and includes payment of tuition fees (at EU rates) and a postgraduate stipend of ca. £12,600. Queries about the project can be addressed to Dr Jan G. Hiddink (J.Hiddink@bangor.ac.uk) or Prof Michel J. Kaiser (Michel.Kaiser@bangor.ac.uk). For more information on the School of Ocean Sciences and our research, please visit these website [url]http://www.sos.bangor.ac.uk[/url] and [url]http://www.bangor.ac.uk/CREAM[/url]. Other enquires and completed applications, including a CV, and a cover letter stating your research interest to: Postgraduate Admissions Office, Academic Registry, Bangor University, Bangor, Gwynedd, LL57 2DG, UK. Telephone: 01248 383762, Fax: 01248 370451, email: [email]postgraduate@bangor.ac.uk[/email] |
College Lane, Hatfield-Computer Science
Research Studentships
Science and Technology Research Institute The STRI produced the largest FTE staff Computer Science submission to be graded at 4 and obtained a grade 3a in General Engineering in the 2001 Universities Research Assessment Exercise. Applications are invited in each academic year/term from candidates with good first degrees in computer science, computing, information technology, electronic engineering or similar to join projects as research students for a three year period in the following areas Automatic Differentiation Biocomputation High Performance Processor Design Neural Computation. Quantum Information Science Security and Integrity in Distributed Systems Successful candidates may be eligible for a research studentship award from the University (equivalent to £12600 per annum bursary plus the payment of the standard UK student fees). For further information and an application form, contact Mrs Lorraine Nicholls, Research Student Administrator, STRI, Faculty of Engineering and Information Sciences, University of Hertfordshire, College Lane, Hatfield, Herts, AL10 9AB. Tel: 01707 286083 Fax: 01707 284185 or email: [email]stri.admissions@herts.ac.uk[/email]. |
Computational Hypersonic Aerodynamics
PhD Studentship awarded each academic year in:-
Computational Hypersonic Aerodynamics School of Engineering - Civil and Mechanical Division £13k stipend per annum & all fees paid Fixed Term Contract: 3 years Duties/Responsibilities: To perform research in computational hypersonic aerodynamics. This is a challenging but rewarding project, so the applicant will need to have (or be about to obtain) a 1st or 2:1 degree in Mechanical Engineering, Applied Mathematics, Physics, or related subjects with a strong mathematical content (equivalent overseas qualifications are welcome). The project is theoretical and numerical, so experience of Computational Fluid Dynamics software and/or C++ programming would be an advantage, though not essential. To apply: please email a full Curriculum Vitae (or Resume) with the names and contact details of two referees to: [email]duncan.lockerby@warwick.ac.uk[/email] . |
Drug Delivery and Pharmacokinetics
The University of Manchester
BBSRC Industrial Partnership PhD Studentship Drug Delivery and Pharmacokinetics School of Pharmacy and Pharmaceutical Sciences Physiologically-based approach to the prediction of hepatic uptake transporter (oatp1b1) drug-drug interactions. Dr Aleksandra Galetin The School of Pharmacy and Pharmaceutical Sciences is inviting applications for a distinguished three-year BBSRC Industrial Partnership PhD studentship. This project is a joint collaboration between the internationally distinguished Drug Delivery and Pharmacokinetics Research Group at Manchester and Pfizer Global R&D. The research study will focus on the development of physiologically-based pharmacokinetic models for the prediction of hepatic uptake transporter (OATP1B1) drug-drug interactions. Additional in vitro transporter uptake and inhibition studies will be performed where required in particular transporter expression cell lines. Candidates should hold a first or upper-second degree in pharmacology, biochemistry, pharmacy or related biomedical area. A strong mathematical background is also essential. Applicants must also meet the eligibility criteria as outlined in the BBSRC guidelines (link below). [url]http://www.bbsrc.ac.uk/funding/training/eligibility.pdf[/url] Although the project is scheduled for an September 2008 start, there would be the flexibility to commence earlier in the year subject to the requirements of the selected candidate. It is expected that following successful completion of this PhD the candidate would progress into further academia or R&D in industries including pharmaceuticals and biotechnology. Interested candidates should submit a CV and detailed covering letter outlining their suitability for the study to Dr Aleksandra Galetin: [email]aleksandra.galetin@manchester.ac.uk[/email] Dr. Aleksandra Galetin Pfizer Lecturer of Drug Metabolism and Pharmacokinetics School of Pharmacy and Pharmaceutical Sciences Stopford Building University of Manchester Oxford Road Manchester, M13 9PT |
Multi-scale modelling of fibre reinforced composites
University of Glasgow
PhD Position Multi-scale modelling of fibre reinforced composites JRI Mechanics of Materials & Structures and Bioengineering This project aims to investigate the complex fibre-matrix interaction of fibre reinforced thermoplastic composites and in particular to develop a computational modelling approach for the macroscopic behaviour of these composites based on a detailed understanding and modelling of the microscale. This PhD project is a joint project between University of Glasgow and Strathclyde University with the main supervision carried out by the University of Glasgow. The uniqueness of this project lies in the synergetic relationship between computational modelling and material testing. In a related PhD project at Strathclyde University, experiments will be designed in response to specific requirements of the computational models that are developed. Project summary The project will initially concentrate on the modelling of the behaviour of a single fibre in the matrix. Factors such as fibre slenderness, interface properties, debonding, fibre breakage, etc. will be investigated and appropiate models developed. Various modelling environments will be assessed, e.g. discrete element method, lattice models or continuum finite element method. Furthermore, the models will be validated by experimental data obtained by our partners at Strathclyde University. It is envisaged that the project will progress to consider multiple fibres modelling the effect of fibre dispersion and fibre interaction. Stochastic mechanics will be considered, whereby the microstructural properties are represented by spatially varying random fields. Ultimately, these microscale developments will be integrated into a suitable multi-scale modelling environment, thus producing a predictive model that is based on the underlying micromechanics. Research environment This project will be supervised jointly by Chris Pearce and Peter Grassl from the Department of Civil Engineering at the University of Glasgow and Jim Thomason from the Department of Mechanical Engineering at the University of Strathclyde. The PhD student will have the opportunity to work on cutting edge research in a dynamic research environment and will receive expert training and gain in-depth knowledge in the area of computational fracture mechanics and multiscale modelling. In this project the research environment is further enriched by a continuous exchange with the experimental research group at the University of Strathclyde. Conditions The exceptional and highly motivated applicant should have a good MEng, MSc or equivalent in Civil, Mechanical or Aeronautical Engineering. The scholarship for this PhD is 12600 British pounds per year (tax free) for three and a half years. University fees (for an Uk or European student) are covered. The Phd position comprises only research. For further information please contact Chris Pearce (pearce@civil.gla.ac.uk) or Peter Grassl (grassl@civil.gla.ac.uk). |
Cambridge Univ- Department of Materials Science and Metallurgy
PhD Studentships
Department of Materials Science and Metallurgy Applications are invited for studentships for 3-year research programmes leading to the degree of PhD. The majority of studentships available are for candidates who meet the EPSRC residency criteria but other sources of funding might be available for very well qualified students. Our main research activities are in the following areas and prospective candidates are welcome to contact members of the academic staff working in their fields of interest: Physical Metallurgy and Materials Processing Materials Chemistry Polymers, Ceramics and Composites Biomaterials Device Materials Materials Characterisation Electron Microscopy Further information on our research programmes and PhD topics available is at [url]http://www.msm.cam.ac.uk/Department/Research/index.html[/url] and [url]http://www.msm.cam.ac.uk/Department/adverts/PhD/PhDadvert.html[/url]. The Department is fortunate in possessing world class facilities in the areas of transmission and scanning electron microscopy, mechanical testing, X-ray diffraction and polymer characterisation. Close collaborative links exist with industry and other university departments in the UK and abroad. The minimum academic requirement for admission is an upper second class UK honours degree, or a lower second with a Master's, (or overseas equivalents) in a relevant subject. Application packs are available via [url]http://www.admin.cam.ac.uk/offices/gradstud/admissions/[/url] or from Dr Rosie Ward ( [email]remw2@cam.ac.uk[/email]) who is happy to answer questions about the admissions process and funding opportunities available. |
DNA Damage Response
The University of Manchester
BBSRC Industrial CASE PhD Studentship Drug Design and Action School of Pharmacy and Pharmaceutical Sciences DNA Damage Response and Molecular Recognition by the Innate Immune System. Professor Ian Stratford & Dr Kaye Williams (University Of Manchester) Dr Robert Wilkinson (Astrazeneca) The School of Pharmacy and Pharmaceutical Sciences is inviting applications for a distinguished three-year BBSRC Industrial CASE PhD studentship commencing in January 2008. The studentship is open to UK nationals only due to the nature of the funding and will attract a minimum annual stipend of £15,100 in addition to tuition fees. The project would involve a three-month placement at AstraZeneca, Alderley Park, Cheshire. New data are emerging that provide further insights into molecular mechanisms/pathways underlying recognition of diseased cells by the innate immune system and in particular Natural Killer (NK) cells. Mouse and human ligands for the NK activation receptor NKG2D are constitutively expressed in vitro on certain transformed lines and upregulated on the surface on cell lines following genotoxic stress and stalled DNA replication. These findings suggest a novel link between the immune response and processes that regulate genome integrity. This proposed project would focus on a number of key questions around understanding the immune-recognition of the DNA damage response following genotoxic injury in an in vivo setting. The project would be hosted within a group which integrates expertise in experimental therapeutics, cell and molecular biology and tumour biology. Candidates should hold a first or upper-second class honours degree in a relevant biological/medical discipline and meet the eligibility criteria set out in the BBSRC guidelines (link below). Skills in standard immunology and/or cell biology techniques (e.g. tissue culture, flow cytometry and immunohistochemistry) would be an advantage. [url]http://www.bbsrc.ac.uk/funding/training/eligibility.pdf[/url]. It is expected that following successful completion of this PhD the candidate would progress into further academia or R&D in industries including pharmaceuticals and biotechnology. Interested candidates should submit a CV and detailed covering letter outlining their suitability for carrying out this study to Professor Ian Stratford: [email]ian.stratford@manchester.ac.uk[/email]. Contact details for two academic or professional referees should also be provided. |
metal-organic frameworks
Chemistry and Chemical Engineering
As part of an EPSRC-funded initiative at the chemistry-chemical engineering interface, three PhD studentships are available for a project investigating the catalytic properties of metal-organic frameworks (MOFs). Studentship Area 1 will be based in the School of Chemical Sciences and Pharmacy at the University of East Anglia. This student will design and synthesise new chiral ligands for inclusion into MOFs, and investigate their potential as catalysts for a wide range of reaction types. For more details on this studentship, contact Dr. Sean Bew, School of Chemical Sciences and Pharmacy, University of East Anglia, Norwich NR4 7TJ, email [email]s.bew@uea.ac.uk[/email]. Studentship Area 2 will be based in the Department of Chemistry at the University of Bath. This student will prepare and characterise MOFs based on the new ligands and undertake catalytic studies on them. For more details on this studentship, contact Dr. Andrew Burrows, Department of Chemistry, University of Bath, Claverton Down, Bath BA2 7AY, email [email]a.d.burrows@bath.ac.uk[/email]. Studentship Area 3 will be based in the School of Engineering and Electronics at the University of Edinburgh. This student will model adsorption and diffusion within the new materials, and measure diffusion properties. For more details on this studentship, contact Dr. Tina Düren, School of Engineering and Electronics, University of Edinburgh, Mayfield Road, Edinburgh EH9 3JL, email [email]tina.duren@ed.ac.uk[/email]. The collaboration between the three groups is an important feature of this project, and the PhD students will each spend significant periods of time at the other institutions. It is expected that the three students will graduate with a unique perspective at the strategically important interface between chemistry and chemical engineering. |
The Systems Analysis, Modelling and Prediction (SAMP)
Studentship
Biomedical Signal Processing - Non-Linear and Fractal Department of Engineering Science The Systems Analysis, Modelling and Prediction (SAMP) Group ([url]http://www.eng.ox.ac.uk/samp)[/url], is seeking a suitably qualified applicant for the above post. The ideal candidate will hold or be expecting a 1st class or 2:1 honours degree in applied mathematics or mathematically-orientated information engineering topic, for example, signal processing, statistical or non-linear time series analysis, non-linear dynamical systems theory and machine learning. Strong numerical analysis skills, proven ability to undertake experimental projects and proficiency in MATLAB computer programming language are also required. Previous record of research publications would be an advantage Candidates are expected to meet the criteria for Graduate Admissions: - and must make a graduate application at the same time as applying for this studentship. [url]http://www.eng.ox.ac.uk/postgrad/criteria.pdf[/url]. For informal enquiries please contact Dr Max Little [email]littlem@robots.ox.ac.uk[/email], also please visit [url]http://www.eng.ox.ac.uk/samp/intel-case.html[/url] Further particulars may be obtained from Mr C J Scotcher, The Senior Administrator, University of Oxford, Department of Engineering Science, Parks Road, Oxford, OX1 3PJ; or to [email]administrator@eng.ox.ac.uk[/email] |
Sustainable Contruction Products
EPSRC Industrial Case Award PhD Studentship
Sustainable Contruction Products Using Novel Low Carbon Mgo Containing Binder Technology Department of Civil and Environmental Engineering Dr Chris Cheeseman and Nikolaos Vlasopoulos A research project in collaboration with Laing O'Rourke Imperial is ranked in the top ten universities of the world, according to the 2006 Times Higher Education Supplement league tables. This 3.5-year Industrial Case Award represents an exciting opportunity to carry out innovative research leading to a PhD at Imperial College. Research at Imperial College is developing a new binder system based on magnesium oxide (MgO) combined with other mineral additives. Unlike Portland cement, this binder does not require high temperature processing, and will be manufactured by a process that has minimal CO2 emissions. The aim is to produce a binder that will set and harden by absorbing atmospheric CO2. This provides unique potential to develop a range of 'carbon negative' construction products (e.g. blocks, tiles) for use in a wide range of applications. The project is in collaboration with Laing O'Rourke plc, the largest privately owned construction firm in the UK. They are committed to sustainable development, the enhancement of the environment and the development of more sustainable construction products. Applications are particularly invited from good honours graduate students (1st or upper 2nd class honours degree) with a background in materials science/civil engineering or other relevant scientific disciplines. For further details please contact: Dr Chris Cheeseman Tel.: +44 207 5945971 Email: [email]c.cheeseman@imperial.ac.uk[/email] or Ms Judith Barritt Tel.: +44 207 594 5967 Email: [email]j.barritt@imperial.ac.uk[/email] Skempton Building Department of Civil and Environmental Engineering Imperial College London SW7 2AZ |
Design of future complex microsystems
PhD Studentship
Design of future complex microsystems Innovative Manufacturing Research Centre (IMRC) Academic Supervisors: Dr Ashutosh Tiwari and Dr Jeffrey Alcock Duration: Three years Supported by the EPSRC through Cranfield University's Innovative Manufacturing Research Centre (IMRC), a studentship of up to £12,600 p.a. for 3 years plus fees* is available. Cranfield University currently has a vacancy for a high-calibre graduate to undertake an exciting PhD research project in the area of the design of future complex microsystems. The successful candidate will form part of a project team undertaking research in this new area. Future microsystems, such as complex biomedical microdevices, will incorporate many subsections, each of which is likely to have mechanical, electrical, thermal, electrostatic and/or fluidic interactions with other parts of the design. Hence, a change in design of one device sub-section will usually require changes in design of many other sub-sections of the device. The PhD project seeks to build a new design methodology for future microsystems that can analyse and successfully deal with this in-built level of complexity How to apply Please submit a CV and complete the application form at: [url]www.cranfield.ac.uk/prospectus/app/pgappform.pdf[/url]. Alternatively, for more information and an application form please contact: School of Applied Sciences T: 44 (0)1234 754086 E: [email]appliedsciences@cranfield.ac.uk[/email] |
Behaviour of Bio-Diesel Fuels
PhD Studentship
Keeping Britain on the Move in Winter: Understanding the Cold-Flow Behaviour of Bio-Diesel Fuels Institute of Particle Science and Engineering Applications are invited for a 42 month industrially-funded PhD research studentship to work on a project entitled "An Examination of Methyl Fatty Ester Crystallisation in Relation to Improving the Cold-flow Behaviour of Pure and Formulated Bio-diesel Fuels" under the supervision of Professor Kevin Roberts in the Institute of Particle Science and Engineering, University of Leeds. The project is funded via an industrial studentship from Infineum (a joint venture company owned 50:50 by ExxonMobil and Shell) involved in the development and manufacture of speciality petrochemical products. You will have the opportunity to undertake work in laboratories of the industrial sponsor and will be encouraged to attend national and international training courses and conferences. You will receive a stipend of £12,600 per year, and in turn will be encouraged to contribute towards publication of work and defining opportunities within the project. You will work in a grade 5*-rated research school in the Institute of Particle Science and Engineering, one of the University's gold-star rated centres of research excellence, enjoying access to state of the art instrumentation and computation in recently refurbished laboratories. The backdrop to the project reflects the fact that modern environmental factors, driven by global warming considerations, has seen a significant shift in recent years towards a low-carbon economy and concomitant demand for the use of more sustainable fuel sources, notably through the increased use of bio-diesel fuels. However, there are challenges to the routine use of such fuel sources, notably related their behaviour under cold weather conditions, due to the crystallisation within the fuel of waxy bio-fuel components, notably long-chain methyl fatty esters. This project will focus around this theme aiming to develop a fundamental understanding of such deleterious crystallisation behaviour together with the concomitant impact on the flow properties of the fuel. The planned research work will involve molecular and crystallographic studies adopting surface engineering approaches for potential crystallisation control coupled to experimental studies of their crystallisation using laboratory techniques. This studentship is only open to UK/EU applicants (due to funding body restrictions). For further details please contact Prof. Kevin Roberts at [email]k.j.roberts@leeds.ac.uk[/email]. Interested candidates should send a letter of application and a detailed CV with the names and addresses of three referees to him at: Professor Kevin J Roberts Brotherton Professor of Chemical Engineering Institute of Particle Science and Engineering School of Process, Environmental & Materials Engineering University of Leeds Leeds, LS2 9JT, UK. |
Inorganic and Materials Chemistry
University of Nottingham
Postgraduate Studentships Inorganic and Materials Chemistry School of Chemistry Following expansion of the Inorganic and Materials Division within the School of Chemistry, a range of fully-funded postgraduate studentships (covering both fees and living expenses) leading to the award of PhD is available to work on a range of research projects spanning: • coordination, organometallic, biological and supramolecular chemistry; • nanoscience, fullerenes and single molecule manipulation; • solid-state chemistry; • polymer synthesis and processing; • catalysis; • photochemistry and spectroscopy; • molecular magnetism; • green and analytical chemistry, clean technology; • structural chemistry. The successful students will tackle exciting contemporary challenges in a very well-equipped and modern environment with outstanding facilities and support. Students should hold, or expect to obtain, a 2(i) or First Class Honours degree in chemistry or equivalent degree in a related subject area. Further details are available at: [url]http://www.nottingham.ac.uk/chemistry/research/research_inorganic_and_materials.php[/url] Application should be made by submission of a full curriculum vitae with the names and addresses of two academic referees to: Professor Martin Schröder, School of Chemistry, The University of Nottingham, University Park, Nottingham, NG7 2RD, UK. Email: [email]M.Schroder@Nottingham.ac.uk[/email]. |
Optical biomedical imaging
PHD PROJECTS IN BIOPHOTONICS
Optical biomedical imaging: towards live imaging and single protein detection The MQ Photonics at Macquarie University, Sydney, Australia is one of the leading institutions in the world for photonics research. We are seeking a candidate for a postgraduate research scholarship (PhD) in the field of Biophotonics. You will explore both experimental and theoretical development of optical biomedical imaging as a part of a dynamic research team. A passion for doing good science and excellent study record are main selection criteria, whereas a range of undergraduate degrees may qualify for this postgraduate research. Three projects are available, described below - please contact Associate Professor Andrei Zvyagin (azvyagin@ics.mq.edu.au) for more details. To apply, please supply a detailed CV and the email addresses of two academic referees. 1. Background-free optical imaging of biological macromolecules and nanoparticles In most cases in optics, imaging resolution is limited to roughly the wavelength of light. At the same time, the optical detection sensitivity of individual particles is unlimited theoretically. It is limited practically by the ratio of wanted versus unwanted photons, called background. The better the background is suppressed, the smaller particles, e.g. proteins, are detectable. A PhD project will address realisation of this detection principle. 2. Application of multiphoton microscopy to study of collagen regeneration Multiphoton microscopy (MPM) is a new imaging method, which produces exquisite images of live cells and biological tissue. Tightly focused ultrashort pulsed laser radiation elicits non-linear optical response in the biological matter, which is detectable and carries wealth of information. We intend to apply MPM to image collagen-abundant tissue, such as cartilage, relying on a strong second-harmonic signal from collagen. In collaboration with the medical and laser physics researchers, we will investigate, yet mysterious, mechanisms of collagen regeneration under the exposure to the laser light. Understanding these mechanisms will have tremendous impact on the current practice of treatment of osteoarthritis and the related disease. 3. Application of luminescent nanodiamonds to intracellular imaging Imaging at the molecular level has recently become a reality, if specific molecular sites are tagged with "optical labels", so that even an individual molecule becomes visible in the cell. These optical labels can be engineered as organic dyes, quantum dots, or luminescent nanocrystals. Our research is focused on the latter, i.e. luminescent nanodiamond (LND). LND is a diamond nanocrystal with a colour centre, which renders nanocrystal highly visible in the cell, even on the background of the cell's own fluorescence, called autofluorescence. A PhD student will carry our research into characterisation of LNDs and LND-assisted intracellular imaging |
Neuroscience & Mental Health
Four-year PhD Studentships
Department of Cellular and Molecular Neuroscience Division of Neuroscience & Mental Health Sponsorship of outstanding UK/EU candidates is available for the following funding opportunity: Wellcome Trust and National Institutes of Health 4-year PhD Studentships This scheme provides opportunities for the most promising postgraduate students to undertake international, collaborative 4-year PhD training based in both an UK/Republic of Ireland (RoI) academic institution and the intramural campus of the National Institutes of Health at Bethesda (Maryland, USA). Full information available at: [url]http://www.wellcome.ac.uk/node2163.html[/url] Experiments will involve the use of a variety of immunological assays to be performed on clinical specimens from patients with Multiple Sclerosis (MS). A strong focus of the research will be to characterize the mode of action of experimental treatments being tested in clinical trials for MS, including hematopoietic stem cell transplantation. Please note that sponsorship does not guarantee a PhD place and that short-listed candidates will be required to attend interview at NIH in February 2008. PhD Project: Mechanisms of Immune Intervention in Multiple Sclerosis Supervisor (Academic Host): Dr Paolo A Muraro. Interested candidates should contact Dr P A Muraro [email]p.muraro@imperial.ac.uk[/email] |
Clinical Research
Institute of Neurology
Clinical Research Associate Dementia Research Centre Applications are invited for a Clinical Research Associate at the Dementia Research Centre, Institute of Neurology, UCL, Queen Square. A key aim of our research is the identification of outcome measures for clinical trials for presymptomatic gene carriers and patients with frontotemporal lobar degeneration (FTLD). Trials in FTLD are challenging due to the lack of biomarkers to track disease progression. This clinically based project is part of an ongoing research programme funded by the Medical Research Council UK to identify such markers, in a detailed longitudinal MRI, clinical and neuropsychological study of individuals with FTLD. The post will provide research training in longitudinal brain imaging and clinical assessment of patients with cognitive disorders with the opportunity to be involved in neuropsychological, neurogenetic, neuroimaging and other biomarker research in the group. The post will provide unique training in the neuroimaging and neurobiology of FTLD and related disorders and a broad grounding in clinical cognitive neurology at the linked National Hospital for Neurology and Neurosurgery. Applicants should hold GMC Registration, have previous experience in neurology as an SHO or equivalent, and be able to demonstrate a record of academic clinical excellence. Enthusiasm, the ability to be self-organised, an enquiring mind, and good clinical skills are all advantageous. The post is funded for one year only, however the post-holder will be encouraged and assisted to develop their own research interests as a potential platform to a subsequent higher degree. Starting salary on the Clinical Academic scale in the range £29,364 - £37,413 pa plus £2,572 London Allowance, superannuable under the Universities' Superannuation Scheme (USS) or, subject to eligibility, the National Health Service Superannuation Scheme (NHSSS). Further details: [url]http://www.dementia.ion.ucl.ac.uk/Job%20Vacancies.htm[/url] If you experience problems downloading the form or do not have internet access this can be obtained from: Anne Parnell, 020 7676 2040, email [email]aparnell@drc.ion.ucl.ac.uk[/email]. If you have not heard from us within one month of the closing date please assume that your application has been unsuccessful. Informal inquiries welcome to Dr Jason Warren, 0207 829 8773 |
Molecular Genetics/Molecular Microbiology/Ecology
University College Cork
BIOMERIT Research Centre Department of Microbiology Molecular Genetics/Molecular Microbiology/Ecology Applications are invited for suitably qualified graduates who have a good honours degree in Microbiology or a related subject (e.g. Biochemistry, Genetics, Biotechnology, Molecular Biology, etc.) to join this internationally recognized Centre to study bacterial gene function and regulation in environmental genomics. One study will assess the impact of different agricultural chemical input regimes on rhizosphere microbial diversity and function of commercial crops. Particular focus will be placed on the multitude of interacting, genotypically diverse, microorganisms involved in nitrogen cycling and phosphate utilization. This project includes stipends for two graduate students. The second project will involve the study of biocontrol and plant growth/soil health supporting bacteria (biofertilisers), as these microorganisms offer significant potential as pesticide and fertiliser alternatives. The research will use a functional genomics approach to investigate the genetic regulation of 2, 4-diacetylphloroglucinol (Phl) production, a broad spectrum biocontrol metabolite produced by Pseudomonas fluorescens strains. Particular focus will be placed on the effects of carbon source, plant root exudates and host-microbe signalling on regulation of Phl production. Studentships, funded by the Department of Agriculture, Fisheries and Food, and the Environmental Protection Agency include a stipend of €16,000 per annum plus fees. Applicants should submit a full CV and arrange to have 2 letters of reference sent to: Fergal O'Gara, BSc PhD DSc MRIA, Professor of Microbiology and BIOMERIT Director, BIOMERIT Research Centre, Microbiology Department, University College Cork, Ireland. Tel: +353-21-4272097 Fax: +353-21-4275934 E-mail: [email]f.ogara@ucc.ie[/email] |
Engineering Projects Management and Optimisation
PhD Research Studentship
Engineering Projects Management and Optimisation Collaborative research project between Hyquip and University of Bolton Fixed term scholarship : 3 years Scholarship : PhD Fees fully paid and a Tax free bursary (£12,660 p.a.) A research student with a background in Hydraulic Systems Engineering is sought to work on a research project at Hyquip, Bolton. The project is a collaborative effort between the University of Bolton and Hyquip Limited. Hyquip is a leading provider of Components and Engineering Services for Production Automation, Workholding and Industrial Solutions. It serves as a single reliable source for customers of fluid power requirements, standard parts and machine accessories. Hyquip is accredited with BS EN ISO 9000:2000 and has established partnerships with many component manufacturers in the market including Rexroth Bosch, Hydac, Roemheld, Hilma, Enerpac, Heypac, MiniBooster and Carr Lane. The company is committed to a high quality product and service provision for its customers and it has an established and formal Quality Management System. The Engineering division encompasses the detail design and manufacturing of standard and bespoke hydraulic power units, project management of turnkey projects and site installations, service repair, refurbishments and faultfinding activities. The project entails research work at Hyquip which involves studying, analysing, designing, developing and implementing systems and processes to improve the operational performance of hydraulic engineering projects. The activities in this research role will include engineering technical specifications, the development of standard build modules, design tools and costing programmes, applications management, project management and overall improvement of the engineering function at Hyquip. The research student will also attend the University for updating subject specific knowledge and research skills. The successful candidate will be expected to register and complete a PhD within the fixed term scholarship. Qualifications and experience 1. The applicant must hold a Bachelor's / Master's degree in project related subject areas such as Mechanical Engineering, Engineering Management, Manufacturing Management or Operations Management with a background knowledge of Hydraulic Systems. 2. A minimum of one year industrial experience in engineering projects with research interests in the relevant subject areas. The candidate should have some experience in engineering design, systems, specification development, project costing and project management. 3. The applicant must have sound communication skills in English and be able to interact effectively with various stakeholders in the project including the customers, suppliers and business partners of Hyquip and also the research team members at the University. The applicant should also be prepared to travel within the UK if required. 4. The applicant must be a self-motivated and task driven individual with considerable problem solving ability and commercial acumen. These qualities are essential as the proposed project involves the accomplishment of multiple tasks (projects and research). 5. Experience in using AutoCAD software is essential. Working knowledge of IT systems such as Excel, MS Word, Access and Outlook are also required for this role. To apply, please send your full CV or resume with the title and reference number of the position by e-mail to: [email]research.big@bolton.ac.uk[/email] |
Design and Development of an Advanced Micromachined Gyroscope
PhD Studentship
Design and Development of an Advanced Micromachined Gyroscope with Digital Force Feedback School of Electronics and Computer Science, Nanoscale Systems Integration Group This project is funded by a CASE EPSRC studentship in collaboration with an international company and will develop an advanced, high performance MEMS gyroscope. It will focus on investigating novel mechanical design approaches of the micromachined sensing element. This will be done primarily by FEM simulations. Suitable sensing elements will then be fabricated by the industrial collaborator and incorporated in innovative closed-loop, force-feedback control systems with the potential to improve the performance further. The control approach is likely to be based on so-called sigma-delta modulator techniques. The studentship is fully funded, covering University tuition fees (at EU/UK level) and provides a tax-free bursary of £12,600 per year, rising annually in line with the UK Government (EPSRC) recommended rate, for a three-year duration. A suitable candidate may be eligible for an additional company bonus by the industrial collaborator. You will join a team of 4 PhD students and 1 postdoctoral researcher working on advanced micromachined sensors. You will work in direct collaboration with a fellow PhD student who recently started on a similar topic. For informal enquiries about the position please contact Dr Michael Kraft, email [email]mk1@ecs.soton.ac.uk[/email], Tel +44 (0) 2380 593169. Please apply by sending a complete application as described on the School of Electronics and Computer Science postgraduate admissions page: ([url]www.ecs.soton.ac.uk/admissions/pg/apply.php)[/url]. |
Communication Systems
EPSRC PhD Studentship
Security for Future Communication Systems Communication Systems Stipend £12600 per annum + Student Fees Applications are invited for an EPSRC PhD studentship in Department of Communication System ([url]http://www.dcs.lancs.ac.uk)[/url], Lancaster University, starting as soon as possible. Candidates should have a first class degree or a good MSc in Communications, Electronic or Electrical Engineering, Computing or related subject and hold a UK passport or have been ordinarily resident in the UK throughout the 3 year period preceding the date of application for the studentship. Students with a relevant connection to an EU country other than the UK are eligible for fees only. However, an EU candidate may be eligible for a full award if a relevant connection with the UK has been established. A relevant connection may be established if an EU national has been in full time education in the UK throughout the three years preceding the start date of the course. International students can get a full award if they have indefinite leave to remain issued by the Home Office. The project will be in the area of Security for Future Communication Systems, eg security for IPV4,V6 combined coding and encryption. Enquiries to Professor Bahram Honary, Department of Communication Systems, Infolab21, Lancaster University, Lancaster, LA1 4WA email: [email]b.honary@lancaster.ac.uk[/email]. To apply fill in a normal PhD application form, [url]http://www.lancs.ac.uk/users/admissions/postgrad/pgform1.htm[/url] and indicate on the form that you wish to be considered for the studentship with Professor Bahram Honary. Please attach a written statement to the form that supports your case to be considered for a studentship |
Revenue Management / Supply Chain Management PhD Fellowships
Revenue Management / Supply Chain Management PhD Fellowships awarded each academic year by the Department of Management Science
Dr Joern Meissner, Department of Management Science, Lancaster University Dr Joern Meissner at Lancaster University Management School (UK) is looking to recruit excellent doctoral students with a strong background in mathematics, statistics or computer science. Entry requirement for the program is a university degree with a substantial quantitative component, ideally a degree in a mathematical or statistical subject. A preparedness to develop computer-programming skills is essential and training will be given as necessary. Potential Research Topics Dr Joern Meissner’s research group is primarily interested in optimal policies, coordination and equilibria in the area of Revenue Management and Supply Chain Management (SCM). A potential topic in Revenue Management could be to evaluate the impact of the Fare Structure on Revenue Management problems. A potential research in the area of Supply Chain Management could, for example, focus on mathematical models to determine the benefit of collaboration between producer and distributor to improve Supply Chain performance. Please keep in mind that these are just examples, we are regularly asked by our industrial collaboration partners to help them solve operational problems, which has proven to be a good source for interesting research of high impact. While most dissertation topics are inspired by joint projects with our industrial partners, please feel free to suggest any other topic of your interest within the realm of Supply Chain and Revenue Management (see how to proceed below). Compensation Accepted candidates will receive a tuition waiver and a scholarship of around £12,000 per annum (tax free!). Advantages Compared to equivalent positions in other countries, the administrative workload for doctoral candidates is relatively less demanding in the UK. Students are required to work only 200 hours per year for the department (that’s not a typo – it’s only around 4 hours per week!). The intention is that doctoral students should really focus on their research rather than spending time in administration and teaching. Further, the academic system in the UK gives strong incentives to academic institutions to graduate PhD students within 3 years of studying. There are financial penalties for the department for every student who stays longer! This means everybody is very committed to providing you with the resources you need and to helping you to finish within that time frame. About the department The Department of Management Science at Lancaster University Management School is one of the largest Operational Research and Systems groups in Europe. It has a worldwide reputation as an international center of excellence, with students from many countries undertaking research on the Doctoral Program. About the school Lancaster University Management School is one of only two Management Schools in the United Kingdom whose research output is rated 6 star by the Research Assessment Exercise (RAE), the only government-sponsored ranking of research quality in UK universities (the other one is London Business School). The PhD program is ranked 2nd jointly in the UK and 9th in the world for PhD programs by the Financial Times in 2006. In addition, the school’s full-time MBA program is ranked amongst the world’s top 30 by the FT. Lancaster University Management School is accredited by AMBA (UK) and EQUIS (Europe) and in the process of obtaining the AACSB (USA) accreditation, making it one of only a handful of triply accredited schools worldwide. More information and how to proceed Further information and instructions how to submit your application are available under the tab ‘Jobs’ at the website: [url]http://www.meiss.com[/url] |
Aston University-Computer Science PhD Fellowships
ASTON UNIVERSITY
Computer Science PhD Fellowships Department of Computer Science, School of Engineering and Applied Science We are pleased to offer a PhD Studentship, sponsored by the School of Engineering and Applied Science, in the area of Cooperative problem solving using Agent-Based modelling. In most complex systems there is a mechanism that maps simple local rules to the macroscopic behaviour of these systems. We will use agent-based modelling and simulation to investigate the following questions that arise from this fact: Given the set of local interactions in a complex system can we predict the large-scale patterns that emerge? Given the large-scale patterns can we find the local interactions that lead to them? Can we define local interactions that lead to the optimal large-scale patterns? Multi agent systems are a very good model for a multitude of complex real life phenomena such as markets, economies, societies, ecologies and organisms. The 3 year studentship will cover Home/EU fees plus a stipend of £12,600 p.a. (tax free). The successful candidate will commence as soon as possible. All applicants should have good programming skills in an object-oriented language and a first or 2.1 (or equivalent) in a scientific, engineering or mathematical subject. Experience or strong interest in one or more of the areas of agent-based modelling, complexity and/or optimisation would be an advantage. Application forms are obtainable from [url]http://www.seas.aston.ac.uk/admissions/research[/url] Please send the completed application form to include contact details of two referees, a two page research statement (indicating your interest and any relevant experience) and transcripts of all degree results to: Research Student Co-ordinator School Office, MB134 School of Engineering and Applied Science Aston Triangle Aston University Birmingham B4 7ET Informal enquiries should be directed to Dr Maria Chli (m.chli@aston.ac.uk); research group details can be found at [url]http://keg.cs.aston.ac.uk[/url]. For further information regarding the application process, contact Sharen Lloyd (d.s.lloyd@aston.ac.uk) Aston University is ranked 12th overall out of 113 UK Universities in The Good University Guide 2008, published in The Telegraph. The Department of Computer Science is a leading department of Computer Science among the UK Universities. It has been awarded a research rating of 5 in the 2001 Research Assessment Exercise. |
PhD Fellowship: influence of dietary
The University of Manchester
PhD Studentship Established the influence of dietary fats on the phenotype of the intestinal mucosa through nutrigenomics Gastrointestinal Sciences Research Group Dr. Philip Padfield & Dr. John McLaughlin The School of Translational Medicine is inviting applications for a prestigious three-year PhD studentship commencing from September 2008. The studentship is open to UK/EU nationals only due to the nature of the funding and will provide full UK/EU fees and project expenses. This project will employ a nutrigenomic approach and establish in detail how the relative amount of omega-3 and omega-6 polyunsaturated fatty acids (PUFAs) in the diet influences the transcriptome of the intestinal mucosa. Numerous epidemiological studies have shown that diet, and in particular the fatty acid composition of the diet, can have either a profound positive or negative impact on the health and well being of an individual. To date the molecular basis of these responses is for the most part unknown. Nutrigenomics is an emerging discipline that employs a combination of systems biology techniques to elucidate how a specific dietary component or combination of components modifies the phenotype of individual cell types to influence health. Humans evolved eating a diet that contained roughly equal amounts of omega-3 and omega-6 PUFAs. However, the composition of the human diet particularly in the developed world has radically changed over the past fifty years. This has led to a profound increase in the consumption of omega-6 PUFAs relative to omega-3 PUFAs, so much so that the ratio of omega-6 to omega-3 PUFAs in the typical western diet now ranges from 15:1 to 20:1. This imbalance in the consumption of PUFAs has been linked to the promotion of the pathogenesis of numerous chronic and debilitating diseases many of which are either directly or indirectly linked to inflammation - examples include inflammatory bowel disease and colon cancer. Studies in T-cells have demonstrated that omega-3 and omega-6 PUFAs modulate the expression of a number of inflammatory genes and modify inflammation related intracellular signalling pathways. Despite this, virtually nothing is known about how omega-6 or omega-3 PUFAs influence the phenotype of the intestinal mucosa to render it either resistant or susceptible to inflammatory attack. This project would suit a candidate with a minimum 2:1 (or equivalent) in the biological, biochemical or genetic sciences. Interested candidates should submit a CV and detailed covering letter outlining their suitability for the project to Dr Philip Padfield at: [email]philip.v.padfield@manchester.ac.uk[/email] Contact details for two referees should also be provided. For further details on the study or to confirm your suitability please contact Dr Padfield at the above address. [url]http://www.medicine.manchester.ac.uk/research/groups/gastrointestinalsciences[/url] [url]http://www.mib.ac.uk/[/url] |
Doctoral Thesis in Materials Science Fellowship
Ecole polytechnique federale de Lausanne - EPFL
Doctoral Thesis in Materials Science at EPFL (Ecole Polytechnique Fédérale de Lausanne) awarded each academic year Introduction Recent experiments have indicated that very small structures (on the scale of those encountered in micro- and nano-technology) support higher stresses than larger samples of the same material. However, manufacture and testing of samples at these sizes is challenging, and the effect has yet to be clearly demonstrated and thoroughly investigated. The Position The Laboratory for Mechanical Metallurgy at the Institute of Materials of EPFL has an opening for a doctoral thesis sponsored by the Swiss National Science Foundation. This project aims to produce, using a novel process, individual, custom-shaped, cast "microsamples" of single-crystalline aluminium only a few micrometres in diameter that can be tested individually. Testing the samples produced using this new approach will allow the investigation of the mechanical properties of metals at very small scales, and will contribute to the understanding of size-effects in dislocational plasticity. The stipends for doctoral candidate positions at EPFL are very competitive and the nominal duration of the position is 3 years. The Candidate Applicants should have, or expect to soon receive, a degree in Materials science or related discipline (such as Physics) from a world-class university. While French language skills are not essential, a willingness to learn is a strong advantage. How to Apply Candidates should apply for admission to the Materials Science and Engineering doctoral program (all forms and information are at [url]http://phd.epfl.ch/page55512.html[/url]) and send an email with their CV and a covering letter to Dr. Frédéric Diologent at [email]frederic.diologent@epfl.ch[/email]. For additional information on the Laboratory for Mechanical Metallurgy and EPFL in general, please consult the web site [url]http://lmm.epfl.ch/[/url]. |
Psychological Medicine
University of Glasgow
PhD Studentship in Section of Psychological Medicine Section of Psychological Medicine, Division of Community Based Sciences, Faculty of Medicine. Applications are invited for a full time PhD studentship in the Section of Psychological Medicine, Glasgow University. The studentship is for three years, subject to satisfactory progress, and covers fees together with a stipend of £12,500 per annum (subject to revision). The studentship is in the area of learning disabilities, and the research is expected to address difficulties of frequent aggression; this is a significant problem amongst a large minority of people with learning disabilities. Recent research in this area provides a rich vein of both practical and academic work for a PhD student to pursue. It is anticipated that the results of this studentship will be of considerable value to the wider community of clinicians working in this area. The PhD student will be supervised by clinical academics who can provide detailed and up-to-date knowledge of the subject area, alongside a background in services for people with learning disabilities and the forensic sector. Hence, they will be able to advise the student about the ethical and practical challenges of working in this area. Further information may be obtained from the website ([url]http://www.gla.ac.uk/psychologicalmedicine)[/url]. Applicants should have a good undergraduate degree in psychology or a related discipline. Interviews will be held in the week beginning 11th February 2008 for applicants who are short-listed. Please contact Professor Andrew Jahoda (Tel:0141 211 0282; [email]aj26r@clinmed.gla.ac.uk[/email]), Dr Ken MacMahon (Clinical Psychologist; 0141 211 8000; [email]kenneth.macmahon@ggc.scot.nhs.uk[/email]) or Dr Carol Pert (Clinical Psychologist; 0141 276 2300) for further details. Applications should be in the form of a CV and covering letter to: Professor Andrew Jahoda, Section of Psychological Medicine, Academic Centre, Gartnavel Royal Hospital, 1055 Great Western Road, Glasgow, G12 0XH. |
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